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432 pages, Hardcover
First published September 27, 2022
Ultimately, technology is easier to predict than people, making the most important future advances those in critical thinking, philosophy, and even psychology. The people in the future will not be us. Who will they be?In other words, we want full allowances for anything we forecast incorrectly. And we didn't do non-STEM topics because they're too hard. Yikes. There is so much wrong with this conclusion, beyond its cheesiness. It undoes everything that went before, both by trumping tech with non-tech forces, then throwing hands up to say futuring is impossible.
The only thing that is certain about the future is that it will be different in ways we cannot currently imagine and will be occupied by people who think we are quaint and perhaps even barbaric. Things will be different that we didn't even know could be, or perhaps didn't even know were things.
But we will get there, slowly. We will craft the future one day at a time. (381)
[Imported automatically from my blog. Some formatting there may not have translated here.]
An impulse pickup at the Portsmouth Public Library. I mean, that's kind of a neat cover, right? And I like to think of myself as a skeptic, I'm interested in the future, so it's as if this book was written for me.
Although I'm not sure about that apostrophe in the title: shouldn't it be Skeptic's?
And I'm also seeing the primary author identified as "Dr. Steven Novella" on the cover as kind of a warning flag. He's a medical doctor, fine. Which gives him zero additional credibility as a futurist. It doesn't help that it seems that people identifying themselves as doctors on book covers tend to be quacks, charlatans, and grifters.
But the book is pretty good. It's very wide ranging. The first section discusses where trends in today's tech might take us: genetic manipulation, stem cells, brain-machine interfaces, robotics, quantum computing, AI, self-driving cars, material science, various forms of augmented reality, wearable tech, additive manufacturing, energy production. Then a little bit further out: fusion, nanotech, synthetic life, room-temperature superconductors, space elevators. Space travel: advanced rocketry, solar sails, colonization, terraforming. And finally, an entertaining section (mostly) debunking classic science fiction gadgetry: magical energy sources, FTL spaceships, artificial gravity, transporters, immortality, uploaded digital consciousness.
Well, that last one seems doable, actually.
There are a lot of fun shout-outs to science fiction, old and new, books, TV shows, and movies. The authors are SF fans, obviously. And they're not afraid to throw out actual numbers: gigapascals, millikelvins, megajoules; that's nice. (No formulas, though. It is taboo for popular science books to have formulas.) I'd recommend this book especially to STEM-bright high school kids who are also science fiction geeks; there might be dozens out there.
Further quibbles: Despite the title, the authors are not as skeptical as (actual physicist) Sabine Hossenfelder about quantum computing. I caught one minor typo (can't find it now, sorry). And (p. 61) Axlotl tanks in the Dune series grew entire bodies, gholas and face dancers, not replacement organs.
And (sigh) not a word about my favorite panacea for global warming: artificial photosynthesis used for carbon capture. Not too much at all about climate change, or the economic/political issues involved in progress toward a bright and shiny future.